Verification Systems
The SMW 100 is a compact capacitive monitoring sensor for jet detection at orbital cleaners. It is especially suited for monitoring cleaning processes in large-volume tanks and only fits for waterbased cleaning media.
The Monitoring Sensor SMW 100 is highly suitable for applications with a large volume and is used in numerous industries and only in combination with waterbased cleaning media.
| Item | Size |
|---|---|
| Housing | in 1.4305 |
| Supply voltage | 18 … 32 VDC |
| Power requirement | < 20 mA |
| Output signal | active 50 mA max. |
| Switch on delay | < 0,3 s |
| Response time | < 75 ms |
| Rated temperature | 25 °C |
| Head interior temperature | 70 °C max. |
| Ambient temperature | -10 - + 70 °C |
| Protection class | IP 65 / 67 |
| Working pressure max. | 10 bar max. |
| Medium temperature | durable 0... +100 °C |
| CIP-/ SIP – cleaning | 0 … 150 °C
(max. 30 min) |

The Orbital Cleaner Twister is liquid driven and can be used for mobile or stationary applications. The round jet nozzles rotate around two axes simultaneously and produce focused high impact jets generating a highly efficient 3D wash pattern.

The Orbital Cleaner Typhoon is liquid driven and can be used for mobile or stationary applications. The round jet nozzles rotate around two axes simultaneously and produce focused high impact jets generating a highly efficient 3D wash pattern.

The Orbital Cleaner Tempest is liquid driven and can be used for mobile or stationary applications. The round jet nozzles rotate around two axes simultaneously and produce focused high impact jets generating a highly efficient 3D wash pattern.

The Orbital Cleaner Tornado is liquid driven and can be used for mobile or stationary applications. The round jet nozzles rotate around two axes simultaneously and produce focused high impact jets generating a highly efficient 3D wash pattern.
Whether it’s a fad or the future, 100% vial traceability is becoming an increasingly important consideration in the pharmaceutical freeze drying industry. Keeping a close eye on developments is GEA. We’re investigating possible solutions and, what’s more, we have the experience, expertise and know-how to implement them.
There was a time when the phrases ‘non-alcoholic beer’ and ‘tastes good’ were seldom used together in the same sentence, particularly by consumers. But low-proof and alcohol-free beers have come a long way – many of them now refreshing drinks in their own right – thanks in no small part to technology from GEA.
At GEA, our commitment to engineering for a better world fuels our pursuit of innovative solutions that enhance patient care and safety. One of our most promising ventures in recent years is aseptic spray drying – a technology that promises to revolutionize pharmaceutical manufacturing.